Time-resolved particle image velocimetry measurements were performed in smooth-walled
open channels to investigate the contributions of very large-scale motions (VLSMs) to the …

This study predicts how the Free Surface Level (FSL) variations around finite length
vegetation affect flow structure by using a numerical simulation. The volume of fluid (VOF) …

This study describes turbulent flow in a semifilled pipe with a focus on its secondary
currents. To the authors' knowledge, we provide the first highly resolved data-set for …

This research paper focuses on the need of turbulence, instruments reliable to capture
turbulence, different turbulence parameters and some advance methodology which can …

This paper investigates the processes by which stable boundary layers are formed through
strong surface cooling imposed on neutrally stratified wall-bounded turbulence using high …

This paper reports a new phenomenon in the near-free-surface region of open channel
flows (OCFs): namely that higher relative population densities of spanwise vortices are …

It is generally recognized that large-scale turbulent coherent structures play an important
role in the transport of sediment and contaminants in rivers. They are also believed to be …

This study predicts how the Free Surface Level (FSL) variations around finite length
vegetation affect flow structure by using a numerical simulation. The volume of fluid (VOF) …

In this thesis, computational multiscale methods for turbulent single and two-phase flows are
considered. For large-eddy simulation of turbulent single-phase incompressible flow, a …

This paper presents a direct numerical simulation of turbulent flows over a bump in an open
channel to examine the turbulence characteristics near divergent waves emanating from the …